How to install vapor-community/stripe-provider in a Vapor project?

Add the package to your Package.swift file with the provided URL and version, then set the STRIPE_API_KEY environment variable. The library automatically integrates with Vapor's request system for easy access.

Stripe-provider vs using StripeKit directly in Vapor?

Stripe-provider adds convenience by wrapping StripeKit into Vapor's Request objects for tighter integration, while StripeKit offers more direct API control. Choose stripe-provider for faster setup in standard Vapor apps, but StripeKit if you need lower-level customization.

How to handle Stripe webhooks with this library?

The library doesn't include built-in webhook support; you must implement webhook endpoints manually in Vapor routes, verifying signatures with StripeKit and handling events like payment failures separately.

Is this library production-ready for e-commerce?

Yes, it's used in production by community projects, but due to limited documentation, ensure thorough testing of payment flows and error scenarios, and consider customizing for complex transaction needs.

How to manage recurring subscriptions with stripe-provider?

Use the StripeClient methods for subscription APIs via req.stripe, but the README lacks examples, so refer to StripeKit's documentation and implement custom logic for billing cycles and plan management.

What's the error handling like in this library?

It relies on StripeKit's error types and Swift's try-catch blocks; the library doesn't add custom error handling, so you need to map Stripe errors to appropriate HTTP responses, as hinted in the chargeCustomer example's status checks.

Stripe Provider — Vapor Stripe Payments Helper

What is Stripe Provider?

Stripe is a Vapor helper library that provides integration with Stripe's payment processing API for Swift server applications. It wraps the StripeKit library to offer convenient access to Stripe functionality directly from Vapor's Request objects, simplifying payment implementation in server-side Swift projects.

Target Audience

Swift developers building server applications with Vapor who need to integrate Stripe payment processing, subscriptions, or other financial transactions.

Value Proposition

Developers choose this library because it provides a clean, type-safe interface to Stripe's API specifically designed for Vapor's ecosystem, reducing boilerplate code and following Vapor's conventions for seamless integration.

Stripe library for Vapor

Use Cases

Best For

Adding Stripe payment processing to Vapor web applications
Implementing subscription billing in Swift server projects
Creating e-commerce backends with Vapor and Stripe
Handling one-time payments in server-side Swift applications
Integrating Stripe's API with proper error handling in Vapor
Building financial transaction systems with type-safe Swift code

Not Ideal For

Projects using server frameworks other than Vapor (e.g., Kitura or Perfect)
Developers needing fine-grained control over raw Stripe API calls without abstraction layers
Applications requiring built-in webhook handling or advanced subscription management out-of-the-box
Teams seeking extensive documentation with step-by-step tutorials for all Stripe features

Pros & Cons

Pros

Seamless Vapor Integration

Provides direct access to StripeClient from Vapor's Request objects, as shown in the chargeCustomer example where req.stripe.charge.create is used, reducing boilerplate in route handlers.

Type-Safe Swift API

Leverages Swift's type system for safer payment operations, with enums like currency .usd and structured error handling to minimize runtime payment errors.

Convention Over Configuration

Follows Vapor's philosophy with simple setup via environment variables (e.g., STRIPE_API_KEY) and minimal code, making it quick to integrate for standard use cases.

Active Community Support

Encourages open contributions for improvements, as noted in the README's 'Want to help?' section, fostering updates and bug fixes from the Vapor ecosystem.

Cons

Limited Feature Coverage

Primarily wraps basic StripeKit operations like charges; advanced features such as webhook handling or complex subscription logic require manual implementation, as not detailed in the README.

Sparse Documentation

The README offers only a single usage example for charges, lacking guides for testing, error recovery, or deployment best practices, which may slow down development.

Dependency on External Libraries

Relies on StripeKit and Vapor versions, potentially causing versioning conflicts or delays in supporting new Stripe API updates, as noted in the package dependency from StripeKit.

Frequently Asked Questions

What is Stripe Provider?

Target Audience

Swift developers building server applications with Vapor who need to integrate Stripe payment processing, subscriptions, or other financial transactions.

Value Proposition

Use Cases

Best For

Adding Stripe payment processing to Vapor web applications
Implementing subscription billing in Swift server projects
Creating e-commerce backends with Vapor and Stripe
Handling one-time payments in server-side Swift applications
Integrating Stripe's API with proper error handling in Vapor
Building financial transaction systems with type-safe Swift code

Not Ideal For

Projects using server frameworks other than Vapor (e.g., Kitura or Perfect)
Developers needing fine-grained control over raw Stripe API calls without abstraction layers
Applications requiring built-in webhook handling or advanced subscription management out-of-the-box
Teams seeking extensive documentation with step-by-step tutorials for all Stripe features

Pros & Cons

Pros

Seamless Vapor Integration

Provides direct access to StripeClient from Vapor's Request objects, as shown in the chargeCustomer example where req.stripe.charge.create is used, reducing boilerplate in route handlers.

Type-Safe Swift API

Leverages Swift's type system for safer payment operations, with enums like currency .usd and structured error handling to minimize runtime payment errors.

Convention Over Configuration

Follows Vapor's philosophy with simple setup via environment variables (e.g., STRIPE_API_KEY) and minimal code, making it quick to integrate for standard use cases.

Active Community Support

Encourages open contributions for improvements, as noted in the README's 'Want to help?' section, fostering updates and bug fixes from the Vapor ecosystem.

Cons

Limited Feature Coverage

Primarily wraps basic StripeKit operations like charges; advanced features such as webhook handling or complex subscription logic require manual implementation, as not detailed in the README.

Sparse Documentation

The README offers only a single usage example for charges, lacking guides for testing, error recovery, or deployment best practices, which may slow down development.

Dependency on External Libraries

Relies on StripeKit and Vapor versions, potentially causing versioning conflicts or delays in supporting new Stripe API updates, as noted in the package dependency from StripeKit.

Frequently Asked Questions

Stripe Provider

What is Stripe Provider?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?

Stripe Provider

What is Stripe Provider?

Overview

Use Cases

Best For

Not Ideal For

Pros & Cons

Pros

Cons

Frequently Asked Questions

Related Projects

Found a gem we're missing?